4results about How to "Build quickly and efficiently" patented technology

This invention discloses a target recognition method, docking system, and docking method in a space environment. By adjusting the output intensity of the sunlight simulator's light source and the position and angle of the simulated work equipment, different types of simulated target images are obtained, forming a target photo library. The simulated target images are processed into small target images and then placed into a small target image library. This small target image library is merged with the target photo library augmented by GAN data, and divided into training and testing libraries proportionally. An SA-YOLOX network is constructed. The SA-YOLOX network is trained using the training library to obtain an SA-YOLOX target detection model. The augmented target photo library is tested using the SA-YOLOX target detection model and the testing library to obtain test results. Based on the test results and model metrics, an evaluation result is output. This invention effectively overcomes the performance index problem of the YOLO series algorithms in solving the special situation of high-contrast image target recognition in complex space environments.

The application discloses a planning processing method and system for pre-aggregation calculation of a time series database, belongs to the technical field of time series databases, and aims to solve the technical problem of how to quickly query the aggregation calculation results of each collection point. The method comprises the following steps: obtaining a pre-aggregation calculation statement input by a user; calling a logical execution plan generation interface of a parser to analyze the pre-aggregation calculation statement, analyzing the pre-aggregation calculation statement into a corresponding logical plan, and analyzing the result type of the aggregation rule of the pre-aggregation calculation statement; creating a result table according to the obtained result type, wherein the result table is used for storing the aggregation calculation results; calling an execution plan generation interface of the parser to generate a general execution plan based on the logical plan; clipping the execution plan to obtain a clipped execution plan; and matching the clipped execution plan with the result table and executing the result table.

The present invention discloses a method for cooperative control of a heterogeneous multi-agent system formation, which relates to the field of cooperative control technology, and includes the following steps: S1, constructing a second-order multi-dimensional heterogeneous multi-agent system, and constructing a kinematic model and a dynamic model for the leader and the follower in the second-order multi-dimensional heterogeneous multi-agent system; S2, determining a controller model; S3, determining the auxiliary control law of the follower; S4, completing the cooperative control of the heterogeneous multi-agent system formation according to the auxiliary control law of the follower. The present invention utilizes a contraction constraint formula to design an auxiliary control rate to optimize the heterogeneous multi-agent system online, and can control the formation to converge in a very short time, and the formation can quickly and effectively construct and transform the formation, and the formation remains stable, the error fluctuation is very small, and the accuracy is high.

The invention provides an establishment method and application of a red deer pilose antler cartilage primary cell senescence model, and belongs to the technical field of biology. According to the invention, a hydrogen peroxide (H2O2) induction mode is used, and a novel cell aging model of red deer antler cartilage primary cells is constructed. And determining that the aging half effect concentration of H2O2 as an inducer of the cells is 400 mu M, and the induction time is 2 hours. The cell senescence model provided by the invention is simple to operate, low in cost, short in cell induction time, stable in result and high in repeatability, and experimenters can quickly and effectively construct the cell senescence model. Importantly, the cell aging model in the regeneration background can simulate the oxidative stress state in the aging process of a specific regeneration organ pilose antler, can be used for screening and research and development of small molecular compounds for preventing and delaying aging, and can deeply compare the mechanisms and functions of regeneration and aging at the cellular level; and an important cell platform is provided for better understanding the relationship between regeneration and aging.